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| Algorithm and Flow |
| Fingerprint Authentication Algorithm |
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New minutiae-based method from the Tokyo
Institute of Technology
FAR: 0.001%; FRR: 0.1%
Compatible with both touch and swipe sensors
Small memory and fast operation |
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Algorithm Flow
Fingerprint authentication technologies have emerged recently as applications of the field of biometrics.
Developments in this area are focusing on maintaining recognition efficiency interdependent with
classification or environmental effects. BeyondLSI, Inc. tests algorithms with large databases in embedded
systems, achieving excellent real-time operation results. |
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Features
· Suitable for Embedded Systems－The algorithm is optimal for embedded systems and compatible
with security products in all fields. Recognition rates continue to improve.
· 360°Rotation is Possible-The algorithm is unaffected by the degree of rotation of the finger when
scanned by a touch sensor(any angle within 360°is possible).
· Match on Card Enabled －Due to small memory requirements, we developed a smart card together with
Toppan Printing Co., Ltd. that can both store fingerprint data and perform the authentication process.
· World's Smallest 64-byte Data－Fingerprint template data is only 64 bytes, making it suitable for use
with magnetic cards, smart cards, RFIDs, barcodes, mobile telephones and other objects with small
memory capacities.
· Small 32-kbyte Program -Both program memory and working memory requirements are small.
· Swipe Sensors－Real-time processing enables creation of high quality images,which is far superior to
touch sensor technologies. |
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